Geoplast S.p.A.’s Post

Concrete is responsible for 8% of global CO2 emissions but remains indispensable in meeting the growing global demand for housing. Despite decades of research and innovation, achieving a universally applicable, affordable, and low-carbon concrete solution is still a challenge While advancements are promising, there are still significant voids and gaps to fill. The transition from traditional methods to sustainable alternatives will take time. Embracing sustainable construction practices and technologies is crucial in our journey towards a greener future. 😊

Population 👯♂️ Growth 📈 Construction 🏗️ Needs 📊 Concrete 🧱 CO2 🧪Emissions 💨Reduction 📉 New 🆕 Technology 👨🔧Recyclable ♻️ Materials 💹 Geoplast S.p.A. #innovation #construction #sustainability #carbonfootprint #co2reduction #sustainableconstruction #geoplast #voidedslab #sustainableslabs #technology #innovation #success #recycling #environment #energy #construction #ecosystem #technology #Innovation #future #engineering #education #creativity #success #energy #construction #ecosystem #technology #Innovation #future #engineering #education #creativity

These plastic recycled bubble deck slabs could be an alternative to solid slabs The voided biaxial slab is a kind of reinforced concrete slab. It works by using "bubbles" to omit the non-working concrete from the slab. The voided biaxial slab enables cheaper construction and less environmental impact. What are your views?? #environmental #recyclable #sustainable #strategy #futuristic Source: GiGadgets Cobiax USA Inc

SUSTAINABLE CONSTRUCTION INNOVATION Concrete is responsible for 8% of global CO2 emissions, and while it remains the most popular building material, we cannot quickly replace it due to the growing global demand for housing. For decades, researchers and companies have been striving to improve concrete's formula and reduce its carbon footprint. Despite their efforts, a universally easy, affordable, and implementable solution remains elusive. In 2010, Geoplast introduced New Nautilus, a recycled plastic formwork that reduces concrete usage by 20 to 30%. By integrating New Nautilus into concrete slabs—the largest consumers of concrete—we create voided slabs that are lighter and require significantly less concrete. These slabs not only lower the carbon footprint but also enhance safety. The best part about New Nautilus is its global applicability, offering a viable solution to reduce the concrete carbon footprint today. Learn more about sustainable construction and join us in this journey. Follow Geoplast S.p.A. for more innovative solutions. #ResilientTimes #R3SILIENT #innovation

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✨ Is zero-carbon concrete possible? ✨    The construction industry is responsible for about one-third of the world's waste and 40% of global carbon emissions.   Half of the world's buildings are made from concrete and, with a growing population, the demand for the material is increasing.   Luckily, several companies are working to make our concrete jungles greener. Meet 7 concrete alternatives to prove the case:   ❇Mycocycle, Inc.- Inside the Illinois-based brand's MYCOntainer, mycelium transforms construction waste (asphalt shingles, textiles and rubber) into new fire- and water-resistant materials for flooring, ceiling, and furniture. ❇Watershed Materials - The California company makes stunning and sustainable masonry from locally sourced waste materials.   ❇:MOGU - The Italian brand uses mycelium and leftover materials from the agricultural and food industries to create 100% plastic-free, biodegradable materials for stylish wall panels and circular flooring.    ❇Ecocem Global - The company's ACT (next-gen low carbon cement technology), which replaces the clinker content of cement with fillers like limestone, is set to deliver a scalable 70% reduction in the cement industry's carbon footprint as early as 2035.    ❇Hempcrete - Brands like Hempitecture in the US and IsoHemp in Belgium are creating sturdy yet lightweight alternatives to concrete with hemp hurds. The pest- and heat-resistant material can be used in walls, roofs, insulation and floors.     ❇Fortera – Headquartered in Silicon Valley, the company's ReCarb process uses CO2 waste to generate cement with 70% less CO2. When combined with green energy sources, the cement has the potential to become a zero CO2 solution.    ❇ECOncrete - By offering bio-enhancing concrete compositions and texture agents the US biotech simultaneously decreases the carbon footprint of marine structures and supports the growth of marine life.    What's your favourite concrete alternative? I'm all in on the shrooms – check out the comment section below for my article on mycelium and construction to find out more! #construction #biotech #innovations

Ceramic facades offer a sustainable solution for the construction industry due to their long lifespan and low maintenance requirements. However, their carbon emissions can be a critical issue if not addressed. The production of ceramic tiles involves energy-intensive processes, including the extraction of raw materials, firing in high-temperature kilns, and transportation. These steps significantly contribute to greenhouse gas emissions.   Despite these challenges, advances in manufacturing technology are helping to significantly reduce the carbon footprint of ceramic facades. For example, incorporating recycled materials, using renewable energy sources (such as solar energy) in manufacturing, and optimizing transport logistics (e.g., using electric vehicles) reduce environmental impacts. Many forward-thinking companies recycle almost everything generated during the production process, so it's important to consider these aspects and use certifications to guide your choices. Additionally, rainwater harvesting and wastewater recycling can also reduce carbon emissions.   Minimizing the carbon footprint of ceramic facades requires continuous innovation and best practices in manufacturing and installation. By focusing on sustainable practices, the building industry can enjoy the benefits of ceramic facades while reducing the overall environmental impact. #fdb #dijkstra #sustainability #recycling #carbonfootprint #facade #facadedesign #facadeengineering #ceramic

❓Which building materials could the construction industry use in the future? Leading industry publication Construction News has explored a few of the materials and products likely to shake up the sector. Many industry innovations are focused on sustainability, such as HCB hempcrete blocks, the low-embodied-carbon alternative to traditional insulated walling systems. 🧱 Industry experts are experimenting with a range of materials for the bricks of the future, including recycled plastic, waste clay and mycelium - the root-like structure of a fungus. 🍄 Read the article in full via the link in the comments. 👇 #ConstructionTrends #SustainableConstruction #Construction

Myth: Plastic is detrimental to the environment. Debunk: - Plastic formwork is designed as a sustainable alternative for construction purposes. It is durable, reusable, and recyclable. - It is replacing the traditional wooden panel, leading to a reduction in deforestation and switching to sustainable alternatives. - Reduces the carbon footprint of the construction projects and promotes a greener ecology. - Robust design, high durability, and light weight make it a long lasting choice with fewer replacements and maintenance costs. Choose Nova Formworks for the best way forward for ecologically sustainable construction solutions! #novaformworks #construction #civilengineering #civilconstruction #constructionindustry #constructionformwork #formworkindustry #scaffolding #shuttering

Did you know that the choice of materials for internal plasterboard walls can significantly impact upfront carbon emissions, making them one of the major contributors after steel and concrete? This is especially so for projects with a high number of internal walls such as student accommodation, hospitals and residential developments. While commonly used, traditional plasterboard can have a high carbon footprint due to the energy-intensive manufacturing processes. However, there are sustainable alternatives that can reduce this impact: 1. Recycled Plasterboard Using plasterboard made from recycled gypsum can significantly cut down on carbon emissions and reduce waste. Studies have shown that recycled plasterboard can reduce carbon emissions by approximately 20-25% compared to traditional plasterboard. 2. Low-Carbon Gypsum Some manufacturers now offer gypsum plasterboard with lower embodied carbon, achieved through more efficient production processes and renewable energy use. These products can reduce carbon emissions by up to 30-40% compared to conventional options. 3. Alternative Materials Consider using materials like hempcrete or strawboard which have much lower embodied carbon and can even sequester carbon over their lifetime. Hempcrete can reduce carbon emissions by around 60-70% while strawboard can offer reductions of up to 50% compared to traditional plasterboard. 4. Modular or Prefabricated Panels Designing efficiently with modular or prefabricated panels can minimise waste and improve construction efficiency, further reducing the carbon footprint. Prefabricated panels can lead to an additional 10-15% reduction in carbon emissions due to reduced waste and higher efficiency in construction processes. However, it is important to note the impact of diesel cranes used in installation. By choosing sustainable materials for internal walls in projects we can create healthier living spaces and make a significant impact on reducing carbon emissions from the outset. #erbas #erbassustain #Sustainability #UpfrontCarbonReduction #GreenBuilding #LowCarbonMaterials #ClimateAction #WholelifeCarbonReduction